• Auxiliary Heat Source Control Function

 

With its intelligent control system, the NEWNTIDE heat pump can maximize precise cooperation with the existing auxiliary heat sources, such as gas boilers, electric heaters, etc., to ensure efficient and stable operation of each other.

 

• PV Ready and SG Ready

 

When the electricity price is high, the heat pump runs as energy-saving as possible on the premise of ensuring the normal heating demand of the user. When electricity price is low, or even free (for example, from solar photovoltaic panels), the heat pump will use as much electric energy as possible. 

 

• Multiple modes

 

To better meet the different heating needs, the heat pump provides a variety of modes for users to select: a. Cooling, b. Heating, c. OTC, d. DHW Hot Water

 

• Sterilization Function

 

By controlling the electric heater in the water tank, the temperature of the domestic hot water tank is heated  to a higher temperature to kill the bacteria in it and protect the health of the user.

 

• User-friendly Operation Interface

 

The heat pump adopts an intelligent color screen wire controller, which allows users to operate all functions conveniently without the guidance of a professional installation and maintenance team.

Hydrobox for R290 Heat Pump
Model:			Master Heat 6DC-290	Master Heat 9DC-290	Master Heat 12DC-290	Master Heat 16DC-290	Master Heat 9DC-290-3T	Master Heat 12DC-290-3T	Master Heat 16DC-290-3T	Master Heat 19DC-290-3T	Master Heat 22DC-290-3T
Heating Capacity Range		kW	1.9-6.7	2.8-9.5	3.8-12.8	4.8-16.2	2.8-9.5	3.8-12.8	4.8-16.2	19.00	22.00
Heating  (A7/6℃,W30/35℃)	Heating Capacity	kW	6.27	8.97	11.96	15.68	8.97	11.96	15.48	19.00	22.00
	Power Input	kW	1.37	2.09	2.80	3.51	2.09	2.80	3.51	4.20	5.20
	COP	W/W	4.58	4.29	4.27	4.46	4.29	4.27	4.46	4.52	4.23
Cooling  (A35/24℃,W23/18℃)	Cooling Capacity	kW	6.13	8.67	10.58	14.55	8.67	10.58	14.55	15.50	17.00
	Power Input	kW	1.46	2.35	2.97	4.09	2.35	2.97	4.09	4.65	5.67
	EER	W/W	4.19	3.69	3.57	3.56	3.69	3.57	3.56	2.85	2.60
Rated water flow		m³/h	1.08	1.54	2.06	2.70	1.54	2.06	2.70	3.27	3.78
Rated voltage /Frequency		V/Hz	230/50	230/50	230/50	400/50	400/50	400/50	400/50	400/50	400/50
Maximum input power		kW	2.76	3.15	3.75	6.21	3.15	3.75	6.21	7.40	8.00
Maximum input current		A	12.0	13.7	17.0	27.0	4.8	5.7	9.4	11.2	12.2
Brand/Type of Compressor		/	GMCC							GMCC	GMCC
Refrigerant		/	R290	R290	R290	R290	R290	R290	R290	R290	R290
Air flow		m³/h	4000	4000	4000	8000	4000	4000	8000	11000	13500
Noise pressure		dB(A)	49	52	49	55	52	55	55	58	60
Fuse (PCB)		A	10	10	10	10	10	10	10	10	10
Lowest Operational point, outdoor air/flow line      (heating mode )		℃	-25℃	-25℃	-25℃	-25℃	-25℃	-25℃	-25℃	-25℃	-25℃
Highest Operational point, outdoor air/flow line          (heating mode )		℃	45℃	45℃	45℃	45℃	45℃	45℃	45℃	45℃	45℃
Lowest Operational point, outdoor air/flow line          (cooling mode )		℃	10℃	10℃	10℃	10℃	10℃	10℃	10℃	10℃	10℃
Highest Operational point, outdoor air/flow line          (cooling mode )		℃	45℃	45℃	45℃	45℃	45℃	45℃	45℃	45℃	45℃
Outdoor Unit Net Dimensions               ( L/W/H )		mm	1115/415/898	1115/415/898	1115/415/898	1115/415/1332	1115/415/898	1115/425/898	1115/425/1332	1115/415/1332	1115/415/1332
Outdoor Unit Package Dimensions               ( L/W/H )		mm	1115/500/1035	1115/500/1035	1115/500/1200	1115/500/1460	1115/500/1035	1115/500/1120	1115/500/1460	1115/500/1460	1115/500/1460
Outdoor Unit Net Weight		kg	72	74	115	163	74	115	163	156	163
Outdoor Unit Gross Weight		kg	92	94	135	183	94	135	183	156	163
Indoor Unit Net Dimensions               ( L/W/H )		mm	650/530/262	650/530/262	650/530/262	650/530/262	650/530/262	650/530/262	650/530/262	650/530/262	650/530/262
Indoor Unit Package Dimensions               ( L/W/H )		mm	720/585/315	720/585/315	720/585/315	720/585/315	720/585/315	720/585/315	720/585/315	720/585/315	720/585/315
Indoor Unit Net Weight		kg	30	30	32	32	30	32	32	32	32
Indoor Unit Gross Weight		kg	33	33	35	35	33	35	35	35	35
Loading quantity 20GP/40GP,40HQ		pcs	32/72/72	32/72/72	35/72/72	32/46/46	32/72/72	32/72/72	20/40/40	20/40/40	20/40/40

Intelligent Display Control Demo Video

Heat pump water heater are excellent energy-saving solutions of residence, more energy saving than conventional gas boiler or electrical heater.

                                                     

 

ROSH/SVCH certification

ROSH certification is an essential customs clearance requirement for the European Union, while SVHC&REACH certification, which is a mandatory requirement, continuously enhances environmental awareness.

What is a heat pump and how does it work?

A heat pump uses electricity to provide both heating and cooling to a building. These appliances are efficient at transferring heat from one place to another, depending on where it's needed. ​In the winter, a heat pump provides heating by extracting heat from outside a building and moving it inside.

 

What is the main disadvantage of a heat pump?

It's expensive to install a heat pump

They cost considerably more than a gas installation. Nevertheless, grants are available to reduce the purchasing cost, which is not the case with gas installations. However, even with such grants, the heat pump is still at least 20% more expensive.

 

Is heat pump better than AC?

Heat pumps are more energy efficient since they pump out more cool and warm air by volume than the energy it takes to run them. Heat pumps require minimal upkeep and only require twice-a-year maintenance.

 

What is the major problem of heat pump?

Leaking refrigerant is one of the most common causes of heat pump problems. Your heat pump uses this liquid chemical to cool and heat air. As your heat pump's refrigerant supply slowly dwindles, it will struggle to meet the setting on your thermostat, causing it to run longer.

 

Why heat pumps are the best?

Heat pumps are more efficient than other heating systems because the amount of heat they produce is more than the amount of electricity they use. The amount of heat produced for every unit of electricity used is known as the Coefficient of Performance (CoP).

 

How long do heat pumps last?

15 years

The life expectancy of a heat pump depends on several factors, such as the type of heat pump, your location, and how well the heat pump is maintained. Heat pumps normally last an average of 15 years, though some can wear out after a decade.